Intamsys’ New Advanced PAEK material: better than PEEK?

Intamsys’ New Advanced PAEK material: better than PEEK?

INTAMSYS announced a partnership with Victrex to allow use of a newly designed PAEK 3D printer filament in their high-temperature equipment.

PAEK 3D printed part [Source: INTAMSYS]

INTAMSYS has been focusing on the high-temperature 3D printing market for several years, releasing a series of machines capable of working with high-temp materials like PEEK, ULTEM and others at blisteringly high operating temperatures.

High-Temperature 3D Printing

These high-temp materials have been highly desirable of late as their thermal properties allow parts made from them to be used in a much wider set of applications, specifically where environmental temperatures are high. Unfortunately, very few 3D printers are properly optimized to print with them, as you need not only extremely high nozzle temperatures, but also enclosed chambers with significant internal heating.

INTAMSYS observed a problem with some PEEK materials during the course of their work: the PEEK materials typically used are not optimized for 3D printing applications; they were simply repurposed PEEK materials that were originally designed for other purposes, like injection molding or CNC milling.

Thus certain critical aspects of the 3D printing process were left with “default” properties. Specifically this involved the layer-to-layer adhesion that is typically the weakest part of a FFF part.

PAEK 3D print before and after annealing [Source: INTAMSYS]

Charles Han, Founder and CEO at INTAMSYS, added:

“Our test results to date have shown that the VICTREX AM 200 filament has a better interlayer adhesion than other PAEK materials on INTAMSYS’ machines. Compared with unfilled PEEK, it is designed with slower crystallization, lower melt temperature, and a viscosity fine tuned to the filament fusion process, such as easier flow in the build chamber after leaving the nozzle. Higher flow in open air (low shear rates) also promotes interlayer bonding and stability during printing. All of this contributes to an improved interlaminar adhesion, easier printing (less shrink and warp), and a better suitability for FDM 3D printing, compared to other similar options, based upon the testing we have done at INTAMSYS up to this point.”

Stepping back, it’s interesting to see how the use of high-temperature materials is playing out. At first 3D printer operators were ecstatic at being able to produce parts with high-temperature materials. Now we’re taking a step beyond by using even better high-temp materials.

 

 

 

 

       

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